Transcript
Aaron Manke (0:00)
You're listening to an iHeart podcast.
Talkspace Sponsor (0:05)
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Amy Bruni (1:09)
Welcome to Erin Menke's Cabinet of Curiosities, a production of iHeartRadio and Grim and Mild.
Aaron Manke (1:17)
Our world is full of the unexplainable, and if history is an open book, all of these amazing tales are right there on display, just waiting for us to explore. Welcome to the Cabinet of Curiosities. History books love to discuss space exploration in nationalistic terms. This is an unsurprising tendency. After all, the space race is one of the most famous chapters in the history of the Cold War. In 1962, President John F. Kennedy famously declared that America would put a man on the moon. It was, in his speech, a way of bringing the pioneer spirit of America into the future. The speech, of course, came over a year after the Soviet Union had successfully sent the first man into space. And later, one of the more iconic images associated with the space race would be the American flag planted on the moon. However, we can't forget that the realm of space exploration is now one of global collaboration. The most famous spacecraft is still the International Space Station, which is maintained by five separate space agencies, each belonging to a different country. The hostile environment of space is not as easily divided as an island or a landmass here on Earth. Like the ships that set sail centuries ago, spacecraft are cobbled together from different pieces, only instead of a mast and sails that are constructed at different ports, and we have entire Engineering systems that require rigorous testing to perfect. In the early 1970s, NASA was in the early stages of their shuttle program. Its purpose was to create a spacecraft that could be reused in multiple trips out of the atmosphere. A space truck which could ferry cargo. The eventual design of the shuttle would include a large cargo hold that opened outward. It was an efficient system, allowing NASA to make the most of the shuttle's interior. However, a cargo hold that opens outward into space requires someone or something on the outside to receive it. They needed some sort of robotic arm to unload and deposit supplies and gear. The eventual solution to this need would be developed by a team of engineers working for the Canadian Space Agency. NASA's technical requirements were very specific. The thing needed to function in microgravity and operate with a fraction of the space shuttle's electrical supply. It had to be resistant to the extreme heat of the sun and the extreme cold of night. In space, the shuttle Remote manipulator system, or SRMS, would be deployed for the first time in 1981 aboard the Space shuttle Columbia. Emblazoned with the Canadian flag, it was a resounding success. It could lift up to 266kg of weight in zero gravity, all while using no more electricity than a teakettle. The SRMs would remain in use for over 30 years. And its function was not only limited to hauling cargo. It could lift and deposit astronauts themselves onto different parts of the shuttle, deploy satellites, and once they even put a pair of IMAX cameras on the end of it to capture the astronauts at work. July of 2011 was the last time this particular SRMS was used in space, Although iterations of the design have been employed since. Its two successors were designed specifically to interface with the International Space Station and Lunar Gateway, which means that original team of Canadian scientists invented one of the most enduring pieces of space technology. And the device itself would earn an official name that more properly recognized its origin. Shuttle Remote Manipulator System is a practical name, but it's a mouthful for most of us. To the public at large, the SRMS is known simply as the Canadarm. Its successors would be Canadarm2, developed in 2001, and Canadarm3, developed in 2024. So if the thought of the space race fills you with national pride, you're not the only one. The final frontier is one of many flags, many nations, and a whole lot of empty space. When you travel beyond the bounds of our little blue planet, it's best not to go there alone. Give a salute to Canada for making greater flexibility in space possible. And thanks to those engineers and their robotic arm, our spacecraft are a little more handy.
